void LoadExampleScheme()
{
//creating scheme from Model layer example
PortModel port1 = new PortModel();
port1.Position = new Point(30, 100);
port1.Size = new Size(50, 40);
port1.PortImpedance = 1;
(AddElement as RelayCommand).Run(port1);
LumpedElement inductor = new LumpedElement(ElementType.InductorInParallel, ElementType.InductorInParallel.ToString());
inductor.Position = new Point(150, 100);
inductor.Size = new Size(50, 40);
inductor.L = 0.00001f;
(AddElement as RelayCommand).Run(inductor);
ConnectionModel conmod = new ConnectionModel(port1.Connectors[0], inductor.Connectors[0]);
(AddConnection as RelayCommand).Run(conmod);
LumpedElement capacitor = new LumpedElement(ElementType.CapacitorInParallel, ElementType.CapacitorInParallel.ToString());
capacitor.Position = new Point(300, 100);
capacitor.Size = new Size(50, 40);
capacitor.C = 0.001f;
(AddElement as RelayCommand).Run(capacitor);
conmod = new ConnectionModel(inductor.Connectors[1], capacitor.Connectors[0]);
(AddConnection as RelayCommand).Run(conmod);
PortModel port2 = new PortModel();
port2.Position = new Point(420, 100);
port2.Size = new Size(50, 40);
port2.PortImpedance = 1;
(AddElement as RelayCommand).Run(port2);
port2.Rotation = 2;
conmod = new ConnectionModel(capacitor.Connectors[1], port2.Connectors[0]);
(AddConnection as RelayCommand).Run(conmod);
}
public static Element CreateElementByType(ElementType type, double width, double height, double top, double left)
{
Element toReturn;
switch (type)
{
case ElementType.Element:
toReturn = new Element();
break;
case ElementType.Port:
toReturn = new PortModel();
break;
case ElementType.ResistorInSeries:
toReturn = new LumpedElement(ElementType.ResistorInSeries, ElementType.ResistorInSeries.ToString());
break;
case ElementType.ResistorInParallel:
toReturn = new LumpedElement(ElementType.ResistorInParallel, ElementType.ResistorInParallel.ToString());
break;
case ElementType.InductorInSeries:
toReturn = new LumpedElement(ElementType.InductorInSeries, ElementType.InductorInSeries.ToString());
break;
case ElementType.InductorInParallel:
toReturn = new LumpedElement(ElementType.InductorInParallel, ElementType.InductorInParallel.ToString());
break;
case ElementType.CapacitorInSeries:
toReturn = new LumpedElement(ElementType.CapacitorInSeries, ElementType.CapacitorInSeries.ToString());
break;
case ElementType.CapacitorInParallel:
toReturn = new LumpedElement(ElementType.CapacitorInParallel, ElementType.CapacitorInParallel.ToString());
break;
case ElementType.OpenCircuit:
toReturn = new OpenCircuitModel();
break;
case ElementType.ShortCircuit:
toReturn = new ShortCircuitModel();
break;
case ElementType.TransmissionLine:
toReturn = new TransmissionLineModel();
break;
case ElementType.ImportedComponent:
toReturn = new ImportedComponentModel();
break;
default:
toReturn = new Element();
break;
}
toReturn.Position = new Point(left, top);
toReturn.Size = new Size(width, height);
return(toReturn);
}
